Complementary Split Ring Resonator for WLAN Rejection in Ultra-Wide Band Antenna
DOI:
https://doi.org/10.31272/jeasd.566Keywords:
Antenna, Line, Notch Band, Ultra-WidebandAbstract
This research aims to develop an improved Ultra-Wide Band antenna with improved band rejection characteristics. An antenna can be built to work best with a half-ground plane with a slot. Customized band notch characteristics are provided by slotting complementary split ring resonators into the antenna feed lines. The antenna was constructed from an FR4 substrate measuring 26.4 mm by 28.05 mm and having a thickness of 1.6 mm. About 3.1 GHz to 10.2 GHz was covered by the antenna's frequency range, which had a notch in the influence zone of 5-6 GHz to include the Wireless Local Area Network at 5.5 GHz. This article's subject is a compact Ultra-wide band antenna with notched band characteristics. To prevent interference, the antenna structure of the Wireless Local Area Network features two resonating components that have been etched into it. An array of a four-element rectangular split-ring resonator is inserted into the adjacent feed line to attain this notch band. Also, to achieve a Wireless local area network band rejection and the 5-6 GHz wireless local area network frequency communication, three different-sized complementary rectangular split-ring resonators are etched in the patch. Radiation patterns were almost identical to those required for the band's Notch.
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